From November 11 to November 15, the 22nd "China International High-tech Achievements Fair" was successfully held in Shenzhen Futian Convention and Exhibition Center. As an incubator of the Chinese Academy of Sciences, SZWZ Technology Co., Ltd. Hall No. 5H10-065, Special Hall of Chinese Academy of Sciences, focuses on displaying all its LiDAR products. Among them, the commercial-grade thin and light TOF lidar LIDAR WZ30 with completely independent intellectual property rights won the Excellent Product Award.
Product description
LIDAR WZ30 is a 360° two-dimensional ranging lidar. This series is based on the principle of pulsed TOF, coupled with related optical, electrical, and algorithm design, to achieve high-frequency and high-precision distance measurement; strong anti-glare interference capability, providing a maximum distance of 30m It measures distance and has a protection level of IP65, which can effectively cope with complex indoor and outdoor environments and is suitable for mapping, navigation and obstacle avoidance of various robots.
Innovation and application value
Flat structure, light and thin structure, convenient for space design;
Enclosed outer cover, IP65 protection grade, good dustproof and waterproof stability;
Optical and magnetic fusion wireless communication, wireless power supply, low loss and long life;
Laser Class I safety standards, no harm to human eyes;
30m ultra-long-distance ranging radius to meet the needs of large-area mapping;
20kHz high-speed ranging, fine composition;
The ranging repeatability is high, the consistency is good, and it can be supplied in large quantities;
Strong anti-sharp surface interference and strong light interference ability to meet the needs of elevator rooms, aisles, and outdoor scenes;
The ability to detect small objects and low-reflection materials is strong, meeting the needs of obstacle avoidance in special scenarios;
Application industry
Robot mapping, navigation, obstacle avoidance;
Industrial automation surveying and mapping, mapping, obstacle avoidance;
Digital multimedia interaction;
Regional security and intrusion location;
Environmental scanning and 3D reconstruction;